| YEAR
| ISSUES
| SERIES
| UKRAINIAN |
| 2025 |
¹5 (159) |
Physics of Radiation Effect and Radiation Materials Science (127) |
¹4 (158) |
Plasma Electronics and New Methods of Acceleration (14) |
¹3 (157) |
Nuclear Physics Investigations (83) |
¹2 (156) |
Physics of Radiation Effect and Radiation Materials Science (126) |
¹1 (155) |
Plasma Physics (31) |
2024 |
¹6 (154) |
Plasma Physics (30) |
¹5 (153) |
Nuclear Physics Investigations (82) |
¹4 (152) |
Physics of Radiation Effect and Radiation Materials Science (125) |
¹3 (151) |
Nuclear Physics Investigations (81) |
¹2 (150) |
Physics of Radiation Effect and Radiation Materials Science (124) |
¹1 (149) |
Vacuum, Pure Materials, Superconductors (25) |
2023 |
¹6 (148) |
Nuclear Physics Investigations (80) |
¹5 (147) |
Physics of Radiation Effect and Radiation Materials Science (123) |
¹4 (146) |
Plasma Electronics and New Methods of Acceleration (13) |
¹3 (145) |
Nuclear Physics Investigations (79) |
¹2 (144) |
Physics of Radiation Effect and Radiation Materials Science (122) |
¹1 (143) |
Plasma Physics (29) |
2022 |
¹6 (142) |
Plasma Physics (28) |
¹5 (141) |
Nuclear Physics Investigations (78) |
¹4 (140) |
Physics of Radiation Effect and Radiation Materials Science (121) |
¹3 (139) |
Nuclear Physics Investigations (77) |
¹2 (138) |
Physics of Radiation Effect and Radiation Materials Science (120) |
¹1 (137) |
Vacuum, Pure Materials, Superconductors (24) |
2021 |
¹6 (136) |
Nuclear Physics Investigations (76) |
¹5 (135) |
Physics of Radiation Effect and Radiation Materials Science (119) |
¹4 (134) |
Plasma Electronics and New Methods of Acceleration (12) |
¹3 (133) |
Nuclear Physics Investigations (75) |
¹2 (132) |
Physics of Radiation Effect and Radiation Materials Science (118) |
¹1 (131) |
Plasma Physics (27) |
2020 |
¹6 (130) |
Plasma Physics (26) |
¹5 (129) |
Nuclear Physics Investigations (74) |
¹4 (128) |
Physics of Radiation Effect and Radiation Materials Science (117) |
¹3 (127) |
Nuclear Physics Investigations (73) |
¹2 (126) |
Physics of Radiation Effect and Radiation Materials Science (116) |
¹1 (125) |
Vacuum, Pure Materials, Superconductors (23) |
2019 |
¹6 (124) |
Nuclear Physics Investigations (72) |
¹5 (123) |
Physics of Radiation Effect and Radiation Materials Science (115) |
¹4 (122) |
Plasma Electronics and New Methods of Acceleration (11) |
¹3 (121) |
Nuclear Physics Investigations (71) |
¹2 (120) |
Physics of Radiation Effect and Radiation Materials Science (114) |
¹1 (119) |
Plasma Physics (25) |
2018 |
¹6 (118) |
Plasma Physics (24) |
¹5 (117) |
Physics of Radiation Effect and Radiation Materials Science (113) |
¹4 (116) |
Plasma Electronics and New Methods of
Acceleration (10) |
¹3 (115) |
Nuclear Physics
Investigations (70) |
¹2 (114) |
Physics of Radiation Effect and Radiation Materials Science (112) |
¹1 (113) |
Vacuum, Pure Materials, Superconductors (22) |
2017 |
¹6 (112) |
Nuclear Physics Investigations (69) |
¹5 (111) |
Physics of Radiation Effect and Radiation Materials Science (111) |
¹4 (110) |
Physics of Radiation Effect and Radiation Materials Science (110) |
¹3 (109) |
Nuclear Physics Investigations (68) |
¹2 (108) |
Physics of Radiation Effect and Radiation Materials Science (109) |
¹1 (107) |
Plasma Physics (23) |
2016 |
¹6 (106) |
Plasma Physics (22) |
¹5 (105) |
Nuclear Physics
Investigations (67) |
| ¹4 (104) |
Physics of Radiation Effect and Radiation Materials Science (108) |
| ¹3 (103) |
Nuclear Physics Investigations (66) |
| ¹2 (102) |
Physics of Radiation Effect and Radiation Materials Science (107) |
| ¹1 (101) |
Vacuum, Pure Materials,
Superconductors (21) |
| 2015 |
¹6 (100) |
Nuclear Physics
Investigations (65) |
| ¹5 (99) |
Physics of Radiation Effect and Radiation
Materials Science (106) |
| ¹4 (98) |
Plasma Electronics and New Methods of
Acceleration (9) |
| ¹3 (97) |
Nuclear Physics
Investigations (64) |
| ¹2 (96) |
Physics of Radiation Effect and Radiation
Materials Science (105) |
| ¹1 (95) |
Plasma
Physics (21) |
| 2014 |
¹6 (94) |
Plasma
Physics (20) |
| ¹5 (93) |
Nuclear Physics
Investigations (63) |
| ¹4 (92) |
Physics of Radiation Effect and Radiation
Materials Science (104) |
| ¹3 (91) |
Nuclear Physics
Investigations (62) |
| ¹2 (90) |
Physics of Radiation Effect and Radiation
Materials Science (103) |
| ¹1 (89) |
Vacuum, Pure Materials,
Superconductors (20) |
| 2013 |
¹6 (88) |
Nuclear Physics
Investigations (61) |
| ¹5 (87) |
Physics of Radiation Effect and Radiation
Materials Science (102) |
| ¹4 (86) |
Plasma Electronics and New Methods of
Acceleration (8) |
| ¹3 (85) |
Nuclear Physics
Investigations (60) |
| ¹2 (84) |
Physics of Radiation Effect and Radiation
Materials Science (101) |
| ¹1 (83) |
Plasma
Physics (19) |
| 2012 |
¹6 (82) |
Plasma
Physics (18) |
| ¹5 (81) |
Physics of Radiation Effect and Radiation
Materials Science (100) |
| ¹4 (80) |
Nuclear Physics
Investigations (59) |
| ¹3 (79) |
Nuclear Physics
Investigations (58) |
| ¹2 (78) |
Physics of Radiation Effect and Radiation
Materials Science (99) |
| ¹1 (77) |
Nuclear Physics
Investigations (57)
QEDSP2011 Proceedings |
| 2011 |
¹6 (76) |
Vacuum,
Pure Materials, Superconductors (19) |
| ¹5 (75) |
Nuclear Physics
Investigations (56) |
| ¹4 (74) |
Physics of Radiation Effect and Radiation
Materials Science (98) |
| ¹3 (73) |
Nuclear Physics
Investigations (55) |
| ¹2 (72) |
Physics of Radiation Effect and Radiation
Materials Science (97) |
| ¹1 (71) |
Plasma
Physics (17) |
| 2010 |
¹6 (70) |
Plasma
Physics (16) |
| ¹5 (69) |
Physics of Radiation Effect and Radiation
Materials Science (96) |
| ¹4 (68) |
Plasma
Electronics and New Methods of
Acceleration (7) |
| ¹3 (67) |
Nuclear Physics
Investigations (54) |
| ¹2 (66) |
Nuclear Physics
Investigations (53) |
| ¹1 (65) |
Physics of Radiation Effect and Radiation
Materials Science (95) |
| 2009 |
¹6 (64) |
Vacuum,
Pure Materials, Superconductors (18) |
| ¹5 (63) |
Nuclear Physics
Investigations (52) |
| ¹4 (62) |
Physics of Radiation Effect and Radiation
Materials Science (94) |
| ¹3 (61) |
Nuclear Physics
Investigations (51) |
| ¹2 (60) |
Physics of Radiation Effect and Radiation
Materials Science (93) |
| ¹1 (59) |
Plasma
Physics (15) |
| 2008 |
¹6 (58) |
Plasma
Physics (14) |
| ¹5 |
Nuclear Physics
Investigations (50) |
| ¹4 |
Plasma
Electronics and New Methods of
Acceleration (6) |
| ¹3 |
Nuclear Physics
Investigations (49) |
| ¹2 |
Physics of Radiation Effect and Radiation
Materials Science (92) |
| ¹1 |
Vacuum, Pure Materials,
Superconductors (17) |
| 2007 |
¹6 |
Physics of Radiation Effect and Radiation
Materials Science (91) |
| ¹5 |
Nuclear Physics
Investigations (48) |
| ¹4 |
Vacuum, Pure Materials,
Superconductors (16) |
| ¹3 |
Contents |
| ¹2 |
Physics of Radiation Effect and Radiation
Materials Science (90) |
| ¹1 |
Plasma
Physics (13) |
| 2006 |
¹6 |
Plasma
Physics (12) |
| ¹5 |
Plasma
Electronics and New Methods of
Acceleration (5) |
| ¹4 |
Physics of Radiation Effect and Radiation Materials Science
(89) |
| ¹3 |
Nuclear
Physics Investigations (47) |
| ¹2 |
Nuclear
Physics Investigations (46) |
| ¹1 |
Vacuum, Pure Materials,
Superconductors (15) |
| 2005 |
¹6 |
Nuclear Physics
Investigations (45) |
| ¹5 |
Physics of Radiation Effect and Radiation
Materials Science (88) |
| ¹4 |
Physics of Radiation Effect and Radiation
Materials Science (87) |
| ¹3 |
Physics of Radiation Effect and Radiation
Materials Science (86) |
| ¹2 |
Plasma
Physics (11) |
| ¹1 |
Plasma
Physics (10) |
| 2004 |
¹6 |
Vacuum, Pure Materials,
Superconductors (14) |
| ¹5 |
Nuclear Physics
Investigations (44) |
| ¹4 |
Plasma Electronics and New Methods of
Acceleration (4) |
| ¹3 |
Physics of Radiation Effect and Radiation Materials
Science (85) |
| ¹2 |
Nuclear
Physics Investigations (43) |
| ¹1 |
Nuclear
Physics Investigations (42) |
| 2003 |
¹6 |
Physics of Radiation Effect and Radiation Materials
Science (84) |
| ¹5 |
Vacuum, Pure Materials,
Superconductors (13) |
| ¹4 |
Plasma Electronics and New Methods of
Acceleration (3) |
| ¹3 |
Physics of Radiation Effect and Radiation Materials
Science (83) |
| ¹2 |
Nuclear
Physics Investigations (41) |
| ¹1 |
Plasma
Physics (9) |
| 2002 |
¹6 |
Physics of Radiation Effect and Radiation
Materials Science (82) |
| ¹5 |
Plasma
Physics (8) |
| ¹4 |
Plasma
Physics (7) |
| ¹3 |
Physics of Radiation Effect and Radiation Materials
Science (81) |
| ¹2 |
Nuclear
Physics Investigations (40) |
| ¹1 |
Vacuum, Pure Materials,
Superconductors (12) |
| 2001 |
¹6 |
Contents |
| ¹5 |
Nuclear
Physics Investigations (39) |
| ¹4 |
Physics of Radiation Effect and Radiation Materials
Science (80) |
| ¹3 |
Nuclear
Physics Investigations (38) |
| ¹2 |
Physics of Radiation Effect and Radiation Materials
Science (79) |
| ¹1 |
Nuclear
Physics Investigations (37) |
| 2000 |
¹6 |
Plasma
Physics (6) |
| ¹5 |
Vacuum, Pure Materials,
Superconductors (11) |
| ¹4 |
Physics of Radiation Effect and Radiation
Materials Science (78) |
| ¹3 |
Plasma
Physics (5) |
| ¹2 |
Nuclear
Physics Investigations (36) |
| ¹1 |
Plasma Electronics and New Methods of
Acceleration (2) |
| 1999 |
¹4 |
Nuclear
Physics Investigations (35) |
| ¹3 |
Nuclear
Physics Investigations (34) |
| ¹2 |
Physics of Radiation Effect and Radiation Materials
Science (77) |
| ¹1 |
Nuclear Physics
Investigations (33) |